rx family introduction - brite stone introduction.pdf · 2019. 7. 3. · rtfi dsp function...

© 2018 Renesas Electronics Corporation. All rights reserved.

RX FAMILY INTRODUCTION

REV 3.0

AUG, 2018

RENESAS ELECTRONICS CORPORATION

BROAD-BASED SOLUTION BUSINESS UNIT

IOT PLATFORM BUSINESS DIVISION

IOT PRODUCT MARKETING DEPT. 2

Document No.

No. IPM2-AA-18-0024-1

20, Aug 2018

© 2018 Renesas Electronics Corporation. All rights reserved. BIG IDEAS FOR EVERY SPACE

TABLE OF CONTENTS

RX Family Positioning 3 Page

RX MCU Sales Results 5 Page

Target Applications 7 Page

Features of Renesas Original RX Core 10 Page

RX Family Evolution and Roadmap 18 Page

RX Scalability 33 Page

Earlier Products and Extensibility 37 Page

RX Family Characteristic Technology and Solution 47 Page

Appendix (RX Product Diagram) 91 Page


RX FAMILY POSITIONING


RENESAS MCU LINEUP

RH850 : MCU for automobile

RZ : High-end HMI/Connectivity/ARM core MPU for motor control

RX : Middle to high-end industry/home appliance/OA/MCU for ICT

RL78 : Low-end, ultra low power consumption MCU

32-bit Middle-range

16-bit

Low-end

32-bit High-end

H8SX

H8S

H8

M16C

M32C

8-bit

78K0R

78K0

V850E2

V850E1

R8C

SH-3

SH-4

SH-1

SH-2

SH-2A

Automotive

V850ES

General Purpose

General Purpose

General Purpose

This roadmap only represents image of product evolution.

The vertical and horizontal lines do not necessarily correspond to actual performance value.


RX FAMILY SALES RESULTS


Consumer

Industry

Other

Industry 52%

Consumer 21%

Other 27%

Annual total 900

RX MCU SALES RESULTS

Adoption Ratio by Field

Major applications includes

industry field requiring

high quality demand

Achieved shipment results more than total 4-oku since market launch in 2009, RX MCU have

many adoption results for industry/consumer applications requiring high quality and will be

extended to various devices.

Total shipment over 400M

Adoption Record

As of Jun 2018


TARGET APPLICATIONS


RX FAMILY USED IN VARIOUS FIELD

A wide range of performance from 32MHz to 240MHz, RX Family with extensive

peripheral functions for various purposes are used in many applications


RX – APPLICATION BENEFITS

Small package

High temperature (105°C ) support

Industrial quality grade

5V power supply

Scalable solution for 1-3 motors

Powerful cores with FPU

Dedicated motor control timer

High integration: comparator, PGA, DAC

Large on-chip memory

CAN/USB/Ethernet/etc

Robust security to protect data

Industrial automation Motor Control Connectivity

Building automation White goods Metering

Large on-chip memory

Wide range of connectivity:

CAN/USB/Ethernet

Rich analog features

Small package

Rich analog for smart meter:

24 bit ΔΣADC, IrDA, temperature sensor

Industrial quality grade

Long product life


IEC60730 certification

High temperature(105°C)support

Extensive family lineup

Dedicated motor control timer/solution



FEATURES OF RENESAS ORIGINAL RX CORE


EVER-EVOLVING RX CORE IMPROVED CPU CORE AND OPTIMIZED COMPLIER TO KEEP EVOLVING FOR HIGHER PERFORMANCE

RXv2 Core with improved per-cycle execution performance superior to 32-bit CPUs of competitors, with

advanced DSP/FPU functions*1

Improved process capacity to support even more complex system. Contributed to gain more added values to

the products.

3.12

2.33 2.46

4.55

3.34 3.42

0

1

2

3

4

5

Core

Mark

/MH

z

CoreMark score per operation frequency *2

*1 See the appendix for DSP/FPU functions.

*2 Cortex-M： nominal value of ARM

https://developer.arm.com/products/processors/cortex-m

Up to 4.55

Up to 3.12

x1.27

x1.33 x1.46





RXV2 CORE CPU BLOCK DIAGRAM

RXv2 CPU More than 4.0 CoreMark/MHz

Dual Issue Core

5-stage pipeline

On-chip

Debug

Memory

Protection

Unit

Integer

Floating Point

Register Set General

Purpose

Registers

16x32-bit

Accumulators

2x72-bit

Control

Registers

10x32-bit

MAC

Divide

RXv2 core enhancements from RXv1 core

Improved IPC (Instruction/Cycle) with

enhanced pipelines

More than 4.0 CoreMark/MHz

Improved DSP functions and instructions

Added 1 accumulator for total of 2

Downward compatibility with RXv1 Core

Enhanced FPU instructions


ADDED FUNCTIONS TO RXV2 CORE Category Mnemonic Function

Floating point unit FSQRT Floating square root

FTOU Floating point⇒ integer conversion

UTOF Integer ⇒ floating point conversion

Transfer instruction

MOVCO Store w/ LI flag clearing

MOVLI Load w/ LI flag clearing

DSP function instruction

EMACA 32-bit multiply-and-accumulate

EMSBA 32-bit divider

EMULA 32-bit multiplier

MACLH Lower 16-bit -upper 16-bit multiply-and-accumulate

MSBHI Upper 16-bit divider

MSBLH Lower 16-bit -upper 16-bit divider

MSBLO Lower 16-bit divider

MULLH Lower 16-bit -16-bit multiplier

MVFACGU Transfer from accumulator guard

MVTACGU Transfer from accumulator lower 32-bit

RACL Accumulator rounding process w/codes

RDACL Accumulator rounding process w/codes

RDACW Accumulator rounding process w/16-bit codes

• Greatly improved by supporting 32-bit multiplier only

by a single instruction ! Easy to improve operation

precision.

• Achieved even higher performance with access to

accumulator and rounding process !

Added DSP/FPU

instructions


ENHANCED FUNCTIONS OF RXV2 CORE Category Mnemonic Extensions from v1 core

Floating point unit FADD (Rs,Rs2,Rd) can be specified with added 3 operands(src, src2, dst),

FMUL

FSUB

Transfer instruction STNZ Register Rn can be directly specified to source operand

STZ

System operation instruction

MVFC EXTB register can be specified to operand

MCTC

POPC

PUSHC

RTE Added functions(LI flag clearing) to operation along with mutual exclusion instruction

RTFI

DSP function instruction

MACHI Accumulator A0/A1 can be specified to operand Accumulator extended to 72-bit width

MACLO

MULHI

MULLO

MVFACHI Accumulator A0/A1 can be specified to operand Accumulator extended to 72-bit width Accumulator value left-shifted by the bit specified by immediate and (IMM2) will be read-out to register MCFACMI

MVTACHI Accumulator A0/A1 can be specified to operand Accumulator extended to 72-bit width

MVTACLO

RACW Accumulator A0/A1 can be specified to operand. Accumulator by extended to 72-bit width. Accumulator value left-shifted by the bit specified immediate (IMM:1) will be reflected to rounding process

Enhanced DSP

instructions of earlier v1!

Improved

operation

capacity


CPU PERFORMANCE OF RX CORE

RXv2 is 1.46 times higher performance than RXv1

RXv2 is 1.34 times higher performance than Cortex-M4

(*1) Published value on CoreMark official website

http://www.eembc.org/coremark/index.php

3.12

4.55

3.40

0.00

0.50

1.00

1.50

2.00

2.50

3.00

3.50

4.00

4.50

5.00

RX v1 RX v2 Cortex M4

Co

reM

ark (

CM

/M

Hz)

CoreMark [CM/MHz]

(*1)

1.34 times 1.46 times

http://www.eembc.org/coremark/index.php


DSP PROCESS PERFORMANCE – COMPARISON RXV1 CORE VS. RXV2 CORE

Processing time in cycles (RXv1: 100) based on measurement result by Renesas original evaluation program

0

20

40

60

80

100

120

64-p

com

ple

FFT

(in:

ci16,

out:

ci1

6)

64-p

com

ple

FFT

(in:

ci32,

out:

ci3

2)

128-p

rea

l FF

T

(in:

f32,

out:

cf3

2)

IIR B

iquad

(in:

ci16,

out:

ci1

6)

IIR B

iquad

(in:

ci32,

out:

ci3

2)

Mat

rix

Multip

ly

(in:

ci16,

out:

ci1

6)

Mat

rix

Multip

ly

(in:

i32,

out:

i32)

FFT IIR Matrix

RXv1 RXv2

RXv2 core achieves max. over 3 times higher performance than RXv1

The sm

alle

r, the b

ette

r

Approx. 3 times


RX DSP LIBRARY

DSP Library for RXv1 Core/RXv2 Available Visit Renesas HP for details:

https://www.renesas.com/us/en/products/software-tools/software-os-middleware-driver.html


RX FAMILY EVOLUTION AND ROADMAP


RX FAMILY EVOLUTION RX family lineup covering from low-end to high-end based around RX600 series

Higher-end: More focus on higher performance

Lower-end: More focus on low power consumption

The mainstream of the RX family with high

performance and an extensive lineup

(4MB Flash/512KB RAM)

The flagship of the RX family, with

the highest speed and best performance


The best balance between

power efficiency and high performance


RX100 32MHz

The entry level series

designed for ultra low Power consumption

(512KB Flash/64KB RAM) RX200 Up to 80MHz

RX600 Up to 120MHz

RX700 240MHz


FEATURES OF RX FAMILY Low power consumption

Pin assignments Peripheral functions

Main

tain

co

mp

ati

bilit

y*


RX FAMILY ROADMAP (INDUSTRY/HA/OA-ICT)

RX62N RX63N RX621 RX631

RX651

RX64M

RX71M

RX610 RX630

RX634

RX210

RX220

RX230

RX231 RX2xx

RX6xx

RX7xx

USB,CAN,Ether

USB,CAN

USB-HS,CAN,Ether IEEE1588

RXv2

RXv2

RXv2

RXv2

RXv2

100MHz 120MHz

240MHz

50MHz

54MHz USB, CAN, LCD, Security*1

HDMI-CEC

Touch, 5V support, USB, CAN, Security*1

RX65N RXv2

USB, CAN, Ether, LCD, Security*1

Higher speed/performance Larger capacity

Enhanced CPU performance /function

54MHz

Industry HA

OA-ICT

Lager Capacity

USB,CAN,Ether/IEEE1588

USB,CAN

100MHz

Up to 4MB Flash

Up to 4MB Flash

Up to 2MB Flash

Enhanced CPU performance /function

Up to 2MB Flash

Extended functions/lineup


Extended functions/lineup Touch, 5V support

32MHz

RX111 RX113 RX110 RX130 RX1xx

Touch,LCD,USB

Touch,5V support USB

32MHz w/Touch Key IP


5V support

5V support

RX21A 24bit ⊿ΣA/D

32MHz

5V対応

*1 : Trusted Secure IP


RX FAMILY ROADMAP(ASSP FOR INVERTER)

80MHz

Inverter x 2/3

5V Support 40MHz

100MHz

RX62T

RX63T

RX62G

RX23T

RX24T

RXv2

RXv2

Inverter x 2/3

CAN,

5V support

Inverter x 2/3

CAN,5Vsupport

,HPWM*1

Inverter x 3

CAN,5V support ,

HPWM*1

Inverter x 1

5V support

Inverter

Enhanced CPU,

Optimized 1 motor

Multi pin compatible,

Higher performance

Enhanced CPU,

Optimized 2/3motor

100MHz

RXxxT Extended function/lineup

Enhanced PGA

RX24U RXv2

Inverter x 2/3

5V support

80MHz

RXxxT Extended function/lineup

*1 : HPWM : High-resolution PWM


RX FAMILY MEMORY/PIN LINEUP

32KB

512KB

384KB

64KB

128KB

pin Flash memory

1MB

768KB

256KB

64 100 48

16KB

144/145

1.5MB

176/177

2MB

85

8KB

4MB

3MB

2.5MB

112/120

2M to 4MB

100 to 177pin 32KB to 4MB

48 to 177pin

8KB to 512KB

36 to 100pin

96KB

80 52 36/40

RX600 RX700

RX200

RX100

RX200

RX100

RX600

RX700

48KB

32KB to 1MB

48 to 145pin


FEATURES OF RX700/RX600 SERIES

Top series of built-in flash MCU with the best performance

High performance

Large memory

Wide range of connectivity

Rich peripherals, Motor control, encryption , LCD I/F

Zero-wait flash

To maximize performance

Up to 240MHz

0

USB CAN,SDIF Ethernet

Motor security

LCD

Up to 4MB

Rich connectivity and the largest memory/lineup among the industry with many security functions

RX700 RX600


RX64M

RX700/RX600 SERIES EXTENSION

RX63N

RX631

RX630

RXv1/100MHz

2MB Flash

256KB RAM

More function

RX65N/RX651

Advanced

RXv2 /120MHz

2MB Flash

640KB RAM

RXv2 /120MHz

4MB Flash

512KB RAM

RX64M: High real-time performance, fully compatible with RX71M for high performance industrial applications

RX65N/RX651: Successor of RX63x with higher performance. Better current consumption than RX64M. Best suitable for battery

devices

CoreMark

RX64M

546

RX65N/RX651

520

RX63N/RX631

312

RXv2 /240MHz

4MB Flash

512KB RAM

Successor with

higher

performance

Higher

performan

ce

Ether x2ch

IEEE1588

AES

RNG

AES

Flash

AES

DES

RSA

ECC

SHA

RNG

AES

DES

SHA

RNG

Ether x1ch

Ether x1ch

RX71M RX71M

1044

RX65N/RX651

Standard

RXv2 /120MHz

1MB Flash

256KB RAM

Dual bank Flash LCDC Trusted Secure IP

SD I/F

SD I/F

Encryption

Encryption

Encryption USB

USB

USB RX610

RX621 RX62N

RX634

Ether x1ch SD I/F Encryption USB

(35CoreMark/mA)

(26CoreMark/mA)

High speed/high real-time performance

High/low power consumption

Fasted


FEATURES OF RX200 SERIES

Best balance between low power consumption and high performance achieving high power efficiency

RX200

Best balance between low power consumption and high performance

Wide voltage range 1.62-5.5V

8,16bit external bus

Robust security

Rich communication and UI

Best

balance

Trusted

secure IP

USB

SDHI

CAN

Touch key

5V

external

bus


RX200 SERIES FUNCTION COMPARISON

w/ 24-bit ΔΣADC

RX210

RX21A

RX220

RX231 Up to 512KB Flash

50MHz

RX230 Up to 256KB Flash

54MHz

50MHz

54MHz

32MHz

USB, CAN, SDHI, Touch, Security

Touch

RX200 series offers lineup suitable for industrial/HA/OA/ICT applications,

which requires low power consumption and high load processing

Products with highly precise analog function (24-bit ΔΣADC) also available

RX210 Slim

RXv1 Core

RXv2 Core

USB Trusted Secure IP SD I/F

Lower power consumption/High load processing

Touch

Touch

Performance:40％ higher

Standby current :1/2

High speed recovery:20 times

High security


FEATURE OF RX100 SERIES

Ultra-low power consumption with excellent cost performance and functions suitable

for measuring devices/home appliances

RX100

Ultra-low power consumption among the best in the industry

0.1mA/MHz(normal),0.35uA(STBY)

0.35uA

Excellent cost performance

Small-pin/small ROM development, incorporation of peripheral IC

Cost Perform

Rich communication and UI

touch key , LCD,USB

Touch key LCD USB

5V power supply support 5V


RX100 SERIES LINEUP

• RX100 series provides extensive lineup suitable for applications requiring low

power from simple products to products with rich UI ,communication , and analog

• 5V products for industry/ home appliances

RX113

RX111

RX110

RX130

LCD USB

USB

12AD

12AD

12AD

12AD

Touch

Touch 5V

512 to 128KB

512 to 16KB

128 to 8KB

512 to 64KB

100 to 64pin

64 to 36pin

64 to 36pin

100 to 48pin


INVERTER CONTROL : FEATURES OF RX SERIES

Downward compatibility

CPU core(RXv2)

Retain pin assignments if earlier product

5V power supply

Many 3-phase complementary PMW timers specialized in motor control , timer output emergency stop function

3ch simultaneous S/H circuit to maximize performance, PGA, comparator

Extensibility

Analog

Motor

5V

ASSP MCU specialized in motor control, best suitable for inverter control

with high performance timers, A/D contributing to feedback control , 5V power supply support

RX inverter control


RX SERIES LINEUP FOR INVERTER

MCU lineup for 1 to 3 inverter controls

48 to 64pin

RX23T

・CPU 40[MHz]

・FPU

・Up to 128KB Flash

64/80/100pin

RX24T

・CPU 80[MHz]

・FPU

・12bit AD 3unit


Inverter x 1

Control Pe

rfo

rma

nce

*1 : RX24TH is the extended version of RX24T group with

advanced functions, yet described as RX24TH for convenience.

*2 : RX62T/64 pin with 1 inverter control

*3 : RX63T/48 to 64pin is 1 inverter control.

64 to 112pin

・CPU 100[MHz]

・FPU

・External BUS/USB

・Built-in PGA

・32 to 512KB Flash

RX62T*2

RX63T*3

48 to 144pin

・CPU 100[MHz]

・FPU

・Built-in PGA


Inverter x 3

Control

100/144pin

RX24U

・CPU 80[MHz]

・FPU

・12bit AD 3unit

・Up to 51Flash

・PGA (w/ dedicated GND)

100pin

RX24TH*1

・CPU 80[MHz]

・FPU

・12bit AD 3unit


100/112pin

RX62G

・CPU 100[MHz]

・FPU

・Built-in PGA


Inverter x 2

Control


INVERTER CONTROL RX MICROCOMPUTER EXPANSION Functions specialized in inverter control (complementary PWM timers, analog), and operational voltage 5V support

Select the best lineup for your application!(wider selections)

New lineup RX23T, RX24T, RX24U with excellent cost and brushed-up performance of RX62T, RX63T

Group Core FPU ROM Data

Flash

Volt-

age OCO

3-phase

complementary

PWM

Analog CAN API

1inv

2 or 3 inv

2 or 3 inv

1 or 3 inv

1 or 3 inv

RX23T

RX24T

64

to

128KB

128

to

512KB

MTU3

6ch

MTU3

9ch

5V

5V

v2

40

MHz

v2

80

MHz

FPU

FPU 8KB

12ADC x 10, S&H x 3

RX24U

256

to

512KB

MTU3

9ch 5V

v2

80

MHz

FPU 8KB GPT

4ch

CAN

1ch

12ADC x 5, PGA x 3, S&H x 3

12ADC x 5, PGA x 1

12ADC x 12

12 ADC x 5, Diff-PGA x 3, S&H x 3

12 ADC x 5, Diff-PGA x 1

12 ADC x 12

CAN

1ch

GPT

4ch

RX62T

RX63T

v1

100

MHz

v1

100

MHz

FPU

FPU

64

to

256KB

32

to

512KB

32

KB

32

KB

3or5

V

3or5

V

MTU3

8ch

GPT

8ch

MTU3

8ch

GPT

4ch

12 ADC x 4, PGA x 3, S&H x 3

12 ADC x 4, PGA x 3, S&H x 3

10 ADC x 12

12 ADC x 4, PGA x 3, S&H x 3

12 ADC x 4, PGA x 3, S&H x 3

10 ADC x 20

CAN

1ch

CAN

1ch

NEW

Cost

Optimization

32

MHz

32/64

MHz

32/64

MHz


RX SCALABILITY


SCALABLE PRODUCT LINEUP

RX100 RX200 RX600 RX700 32MHz Up to 80MHz Up to 120MHz 240MHz

On-chip emulator

Pin assignments

Function

RX CPU

Compiler/debugger

E1/E2/E2 Light/E20 emulator

RX Compiler / CS+,E2 Studio

※ FINE:Single wire communication via E1emmulator

Co

mp

ati

bil

ity

FPU

E1 emulator(FINE※)

RX v1 CPU

Pin compatibility

Common IP

Partial in some

RX v2 CPU(Downward compatibility）

RX Family maintains high compatibility from low-end to high-end

All products available with common development tool


PIN COMPATIBILITY BETWEEN RX FAMILY SERIES

Only RX651/RX71M Added Power supply and GND

Power Analog USB

■ Pin compatibility between series such as power supply,

analog, USB

■ Easy common platform by high compatibility

Analog, USB pin is pin compatible. Power supply also retains almost

pin compatibility

GND

Power

Analog USB Only

Target Board for RX651



Circuit configuration / wiring is identical ⇒ Common platform is realized

The RX family maintains pin compatibility from RX 100 to RX 700!

Target Board for RX

realized with the

same circuit

configuration

RX651

RX231

RX130


DEVELOPMENT COST REDUCTION BY RX SCALABILITY

Development Installation

Preparation Test

Common core

Different core

Development efficiency image of MCU with common core

Launch development at early stage

Reduce test time Sub

RX100

Sub RX100

When adding sub MCU

Mid class RX200

High-end RX700

Cheap Model RX100

Main RX600 RX700

When adopting by device lineup

Reduce development cost by integrating MCU into RX Core for main and sub.


EXISTING PRODUCTS

AND RX EXTENSIBILITY


EXISTING PRODUCTS AND RX EXTENSIBILITY

2009 2016

2009

RX600 launch

2010

RX200 launch

2014

RX64M launch

2012

RX100 launch

2013

RXv2 core launch

2015

RX700 launch

2015

RX231 launch

2016

RX65N launch

CPU performance ranges of existing products covered by RX Family with integrated core covering

Boost SW reusability and the use of common development environment

RX family offers seamless scalability from the bottom to the top of the product line


RX CPU SUPPORTING BI-ENDIAN

RX supports bi-endian for data area

No need for re-designing and re-testing required for changing endian, significantly

reducing the development time

Big endian

Little endian

Support big / little

Enables development with specified endian


RX FAMILY EXTENSIBILITY OF SW ASSETS

Seamless core options to maintain compatibility in pin assignments and peripheral functions

Compatibility with RX Family products

Extensive lineup from RX100 to RX700,

enables platform development

Compatibility in pin assignments and peripheral

Peripheral functions have high compatibility in timers and

communication functions even within different CPU core.

You can use your own SW assets

RX100/200

RAM Flash

Peripheral functions Timer/ADC/DAC

SCI/USB etc

RX600/700

RAM Flash

Peripheral functions Timer/ADC/DAC

SCI/USB etc

Compatibility

Peripheral

Peripheral

Peripheral Compatibility

Maintain compatibility in peripheral functions also with products with different core (H8S/SH)


MIGRATION GUIDE BETWEEN RX PRODUCTS (GENERAL-PURPOSE)

RX610

RX62N

RX621

RX630

RX63N

RX631

RX71M

RX64M

RX210

RX220 RX110

RX111 RX231

RX230

RX65N

RX651

RX130

Document No.

R01ANxxxEJvvvv

xxx: Numbers on the left figure

vvvv: Version No.(ex. 0100)

2901

3377

1959

3067

2910

2174

1259

1015

1346

1080

1844 2129

2128

2505

2952

3426

Under development

1261 1072

1072

3775 NEW

NEW

Document title Document No.

Comparison of the RX111 group and RX110 group R01AN1844

R01AN2129

Comparison of the RX113 group and RX130 group Under

Development



Difference between the RX130 group and RX220 group R01AN2910

Difference between RX130 group and RX230/RX231 group R01AN3067

Migration from RX210 to RX230 group and RX231 group R01AN2174

Comparing the RX630 group and RX210 group R01AN1015

Comparing the RX630 group and RX231 group R01AN3775

RX63N Group and RX631 Group Differences by Pin Count in MPC

Pin Functions R01AN1261

Difference between the RX65N group and RX630 group R01AN3426

Difference between the RX65N group and RX230/RX231 group R01AN3377

Difference between the RX65N group and RX230/RX210 group Under

Development

Difference between the RX610 group and RX630 group R01AN1080

Difference between the RX62N group and RX63N group R01AN1259

Difference between the RX65N group and RX630 group R01AN3426

Difference between the RX65N group and RX63N group R01AN2901

Difference between the RX63N group and RX64M group R01AN1959

Difference between the RX65N group and RX64M group R01AN2952

Difference between the RX71M group and RX64M group R01AN2505 RX113

Under development


MIGRATION GUIDE BETWEEN RX PRODUCTS(ASSP)

RX62T

RX62G

RX63T

RX24T

RX210

2823 3669

(Motor Function)

1530

RX24U

3668 (Motor function)

3669 (Motor Function)

RX23T

3669 (Motor Function)

2836 3668

(Motor Function)

4019

4019

4020

4020

NEW

NEW

NEW

NEW

NEW

NEW

Document title Document No.

Difference between the RX62T group,RX63T group

(144, 120, 112, 100 pins ver.) R01AN1530

Difference between the RX23T group and RX62T group R01AN2823

Difference between the RX24T group and RX62T group R01AN2836

RX23T group motor control function migration guide

(RX210, RX62T, RX63T ⇒ RX23T) R01AN3669

RX24T group motor control function migration guide

(RX62T, RX63T ⇒ RX24T) R01AN3668

Migrating from the RX62T Group to the RX24T Group or RX24U Group R01AN4019

Migrating from the RX63T Group to the RX24T Group or RX24U Group R01AN4020

Document No.

R01ANxxxEJvvvv

xxx: Numbers on the left figure

vvvv: Version No.(ex. 0100)


APPLICATION NOTES ON DIFFERENCES BETWEEN PRODUCTS

Application notes on differences between RX products compared in function

overview/register/ terminal at function level including point to be considered for

migration, support easy migration between products

<Function comparison >

<Terminal function comparison>


WEB PAGE RENEWAL(1) RX FAMILY DEVELOPMENT ENVIRONMENT

Renewed “ RX family development

environment” page

Easy to find out required information by

category; software, development tool and

board＆ kit


WEB PAGE RENEWAL(2) FIRST STEP TO RX FAMILY

Renewed “ first step to RX family page”

You can get useful information for RX

including first step to RX MCU, first step to

RX development .


SUPPORTED FROM INTRODUCTION BY RENESAS TO MASS PRODUCTION

Introduction/evaluation Development Mass-production

Software

Hardware

IDE(Simulator , Compiler , Linker)

Evaluation Board

Solution kit

On-chip debugging emulator

Programming soft

Writing tool

Smart Configurator ／Smart Utility

Code Generator／Common Platform／ Competitive port check

Sample code／Drivers／OS

Development support tools (QE ,etc..)


RX FAMILY CHARACTERISTIC

TECHNOLOGY AND SOLUTION


CAPACITIVE TOUCH


RX CAPACITIVE TOUCH

Renesas technology brings the change to the world

RX Touch Key Technology

Water resistance, high sensibility,

available for novel design such as wood panels

RX130

RX113

RX230

RX231


RX CAPACITIVE TOUCH

◆ Absolute free design : Available not only on glass, acrylic, but also wood and airy material. Water resistance

•More advanced performance to support for thick acrylic over 10mm

High sensibility

• World-class IEC 61000 4-3/4-6 level 3

High noise tolerance

• Offering development tool. Automatically adjust touch sensibility

Easy

◆Benefits of RX capacitive touch

Improved

tolerance/design

Large development

time reduction

Operation in wet

environments

RX130

RX113

RX230

RX231

Overlay material Conventional touch key system RX capacitive touch system

Glass 〇〇

Acrylic resin 〇〇

Wood(dry) × 〇

Air × 〇

Status of operation of the touch key for each overlay material


RX MCU WITH CAPACITIVE TOUCH LINEUP AND APPLICATION EXAMPLES


CAPACITIVE TOUCH EVALUATION SYSTEM

Support MCU

RX130/RX231

Package in Detail

CPU board RX130 or RX231

Application note board ×２types

USB cable

Workbench6 (Available on website)

Development status

(1)Self capacity ( key×2, slider×1, wheel ×2)

(2)Self capacity/mutual capacity mixed

- Proximate sensing :1 key (self capacity)

-Matrix key (4 x 5):20 key (mutual capacity )

RX Touch Evaluation Board

RX130 or

RX231 CPU Board

Application board (1)

Support

Product Status Type Name

RX130 MP RTK0EG0003S02001BJ

RX231 WS

for rental -

(No plan for MP)

Application board (2)


CAPACITIVE TOUCH DEVELOPMENT ENVIRONMENT

IDE e2 studio or CS+ Workbench6

Bridge

Tuning Window Code Generate

Workbench 6 to support auto-tuning. Reduced development period for a few months

Workbench 6 to automate a series of operation for code generation and download to MCU

Start debugging right away by co-operating with CS+,e2 studio

Full Automatic (GUI)

Touch Auto Tuning + Code Generate

Debug

Download

タッチキー感度自動調整ツール “First Step Guide”① : https://www.youtube.com/embed/CNUpQLdJDxU

Configure

Touch Electrode

Target MCU : RX113, RX130, RX230, RX231

■Workbench6 introduction movies available on website

Capacitive touch sensibility automatic adjustment tool“First Step Guide”① : https://www.youtube.com/watch?v=8oq5iyGyaMw

Capacitive touch sensibility automatic adjustment tool“First Step Guide”② : https://www.youtube.com/watch?v=tdIpiyTrKVM

Capacitive touch sensibility monitor tool “Tuning Window” : https://www.youtube.com/watch?v=2nQ9OcP5Cgg

https://www.youtube.com/embed/CNUpQLdJDxU

https://www.youtube.com/watch?v=8oq5iyGyaMw

https://www.youtube.com/watch?v=tdIpiyTrKVM

https://www.youtube.com/watch?v=2nQ9OcP5Cgg


SECURITY


SECURITY BECOMES MORE IMPORTANT INCREASING THREATS OF VIRUS, HACKING, INFORMATION LEAKAGE

If the encryption key as a password is stolen, the encrypted data can be read To protect key is the most important in security

Encryption key

leakage

Wiretapping

Hacking

(Unauthorized

access)

Unauthorized

copy

Threat Encryption

key


RENESAS SECURITY

■Security ■General-purpose MCU

Tampering resistance tech

2015 General-purpose MCU (in-vehicle not included) Source : Research by Renesas

W/W

General-purpose MCU Share

Approx.

20%

Market results more than 80-oku pcs

In-vehicle security tech

IC cardchip tech

Overwhelming MCU market results

Encryption ＭＷ tech

Device certification tech

Rich security technology to MCU

Protect various system against threat


RX SECURITY

Expectation to IoT and increasing threat to system security

RX is implemented with various security functions to protect system strongly

Wiretapping

Wiretap communication

Leak personal information

Hacking (Unauthorized

access)

Write invalid program and take over system

Unauthorized

copy

Unauthorized copy/use

programs in flash

Destruction

System destruction due to

programming by mistake

Runaway

System runaway to destroy

important registers

Protect system from untrusted third parties Protect system from system error


RX MCU H/W SECURITY FUNCTION

Code

flash

Data

flash

Hard encryption circuit

debugger

I/F

RN

generation

Unique

ID

Various

register

■ Prohibit data read-out -ID code protect

-On-chip debugger ID code protect

-ROM code protect

■ Protect flash memory -Trusted Memory

-Area protection

■Encryption function -Hard encryption circuit

-AES, DES, SHA

-TSIP, TSIP-lite

-Others

-RN generation circuit

-Chip Unique ID

■Access protection -Register write protection

-Memory protection unit

SRAM


H/W SECURITY FUNCTION AND SECURITY IN DETAIL

Functions in RX Security in detail Protection in detail

Protect flash memory

Area protection Prohibit re-programming into specified area

Protect system destruction from by re-programming by mistake

Trusted memory Block access from the outside Prevent unauthorized copy program

Prohibit data read-out Code protect Block accesses from debugger and writer Prevent unauthorized program copy

Encryption function (HW circuit)

Encryption w/ common key

AES ECB/CBC Basic block encryption

AES GCM/CMAC Increasing demand in smart meter etc.

TDES Common key encryption used for a long time

Encryption w/ public key RSA Public key encryption frequently used for SSL etc.

Hash function SHA Used for tampering detection etc.

True RN generation circuit (TRNG) Generate unexpectable random keys

Unique ID and encryption key attachment Prevent dead-copy of encryption key

Access management circuit Prevent unauthorized use of encryption

/ protect encryption key from wiretapping (The greatest features of Trusted Secure IP)

Access protection Register write protection Memory protection unit

Prevent re-programming important register/memory Protect programs from runaway

Unauthorized copy

Unauthorized copy

Runaway

Destruction

Hacking

Hacking

Hacking

Hacking

Hacking

Hacking

Hacking

Hacking Wiretapping

Wiretapping

Wiretapping

Wiretapping

Wiretapping

Wiretapping

Wiretapping

Wiretapping

http://jp.rssi.idc.renesas.com/media/salespark_rssi/work_rssi/clipart_rssi/presentation/security_2.jpg


H/W SECURITY FUNCTIONS IN RX SERIES

Functions in RX Protection in detail RX21A

RX631

RX65N

RX651

(Standard)

RX64M

RX71M RX231

RX65N

RX651

(Advanced)

Protect flash memory Area protection - ○ - ○ ○

Trusted memory - ○ ○ - ○

Prohibit data

read-out Code protect ○ ○ ○ ○ ○

Encryption function

(HW circuit)

Common key

encryption

AES ECB/CBC ○ ○ ○ ○* ○*

AES GCM/CMAC - - - ○* ○*

TDES - - ○ - ○*

Public key

encryption RSA - - - - ○*

Hash function SHA - - ○ - ○*

True RN generation circuit (TRNG) - ○ ○ ○* ○*

Unique ID and attached encryption

key - - - ○* ○*

Access management circuit - - - ○* ○*

Access protection Register write protection

Memory protection unit ○ ○ ○ ○ ○

• w/ Trusted Secure IP of advanced protection of encryption IP (described from the next page)

Unauthorized copy

Unauthorized copy

Runaway

Destruction

Hacking

Hacking

Wiretapping

Wiretapping

Hacking Wiretapping

Hacking Wiretapping

Hacking Wiretapping

Hacking Wiretapping

Hacking Wiretapping

Hacking Wiretapping

http://jp.rssi.idc.renesas.com/media/salespark_rssi/work_rssi/clipart_rssi/presentation/security_2.jpg


RX SW BASED ENCRYPTION MIDDLEWARE

RX Family provides encryption middleware library

SW encryption supports all RX products Product Function overview Order/product

type names (Dev. license type name)

Provision type

Contract Target product

DES library DES extended key generation, ECB encryption/decryption, CBC encryption/decryption,TDES

R0MRX00QD0010RRC Binary Signature RX Family All

SHA library SHA1, SHA256 R0MRX00QS0010RRC Binary Signature RX Family All

AES library AES128(ECB, CBC, GCM encryption/decryption) AES192(ECB, CBC encryption/decryption) AES256(ECB, CBC encryption/decryption)

R0MRX60QA0010RRC Binary Signature RX Family All

RSA library 1024bit-publickey, private key encryption/decryption 2048bit-publickey, private key encryption/decryption 1024bit-signature generation/validation(PKCS1.5) 2048bit-signature generation/validation(PKCS1.5)

R0MRX00QR0010RRC Binary Signature RX Family All


ENABLES INDEPENDENT SECURITY OF EDGE DEVICE

Trusted Secure IP protect system edge devices of IoT end-point

from threat of wiretapping and virus intrusion/execution

①Encryption comm. Wiretapping

②Secure update Virus intrusion

Gateway

Server

Edge device RX

Security Threat

③Secure boot Virus execution


RX ROBUST HARDWARE SECURITY FUNCTION

Area to handle secret info.safely (within Trusted Secure IP)

Flash

CPU Chip

RAM Encryption

Engine

Key

No protection for encryption IP and key

(need device such as NDA etc.)

General CMU

(Encryption engine)

Chip CPU

RAM Flash

Area to handle secret info. safely (All resources)

F/W

Encryption

Engine

Data Key

Protect MCU overall

Secure MCU

×

Flash

CPU Chip

RAM Encryption

Engine

Key

Encryption engine

and key protect

General MCU

(Trusted Secure IP)

×

Strong point

H/W

technology

Secure MCU ： Protect MCU overall (tampering tolerance). All resources are safe

Trusted secure IP： Protect key information and encryption engine exclusively. Strong security achieved with

general-purpose microcomputer


SECURE MCU VS. GENERAL-PURPOSE MCU

MCU Secure

MCU

General-purpose MCU

Trusted Secure IP

General-purpose MCU

Encryption Engine

Product example AE-5, RS-4

RX65N, RX651

RX231

RX71M, RX64M

RX63N, RX21A

Security level Very high High Fairly high

Security boundary Entire chip Encryption Engine＋ key

(Trusted Secure IP) -

Anti-tamper design

Prevent physical attack （destruction, failure

induction, current analysis etc.）

- -

Authentication CC EAL5+ CAVP -

Life cycle management 〇 - -

Debug Disabled Trusted Secure IP debug

disabled Enabled

Peripheral functions Min. requirement Many Many

I/O pin Min. requirement Many Many

Applications IC card

ETC,SIM card

IoT

FA devices, HA

IoT

FA devices, HA


WHAT IS ENCRYPTION ALGORITHM CERTIFICATION (CAVP)？ ( CRYPTOGRAPHIC ALGORITHM VALIDATION PROGRAM )

CAVP certification in detail:

Certify that encryption algorithm is functioning correctly

CAVP certification organization:

NIST (National Institute of Standards and Technology )

WEB:

CAVP certification list http://csrc.nist.gov/groups/STM/cavp/documents/aes/aesval.html

CAVP introduction site http://csrc.nist.gov/


RX Family Trusted Secure IP NIST CAVP CERTIFICATION ACQUIRED

( Cryptographic Algorithm Validation Program )

Authentication

algorithm

URL Certification number

TSIP-Lite (RX231) TSIP-Full (RX65N)

AES https://csrc.nist.gov/projects/cryptographic-algorithm-

validation-program/validation/validation-list/aes 4330 4940

RSA https://csrc.nist.gov/projects/cryptographic-algorithm-

validation-program/validation/validation-list/rsa - 2687

SHA https://csrc.nist.gov/projects/cryptographic-algorithm-

validation-program/validation/validation-list/shs - 4029

Pseudorandom

number https://csrc.nist.gov/projects/cryptographic-algorithm-

validation-program/validation/validation-list/drbg 1380 1768

* Acquired with trusted secure IP + trusted secure IP driver

Authentication results can be confirmed on the validation list on NIST website.

Search by "TSIP" or "Authentication number".

https://csrc.nist.gov/projects/cryptographic-algorithm-validation-program/validation/validation-list/aes









https://csrc.nist.gov/projects/cryptographic-algorithm-validation-program/validation/validation-list/rsa









https://csrc.nist.gov/projects/cryptographic-algorithm-validation-program/validation/validation-list/shs









https://csrc.nist.gov/projects/cryptographic-algorithm-validation-program/validation/validation-list/drbg










BENEFITS OF CAVP CERTIFICATION

• Issues in encryption algorithm implementation

Benefit

Users can develop security system

by getting CAVP certification

• ”Encryption algorithm “ such as AES etc. not worked correctly in

some cases

e.g. zero padding, bit arrangement, arithmetic processing miss etc.

• Security certification of Federal Information Processing Standards

Publications (FIPS )on the customer system requires

“encryption algorithm” certification worked correctly.

System

RX

System

RX

System

RX

System

RX

System

RX

When CAVP not certified

When CAVP certified

CAVP

Need encryption certification

FIPS certification

CAVP

Encryption certified

FIPS certification

Safe

Easy


RX231/RX65N COMMUNICATION SECURITY EVALUATION KIT

Can evaluate robust security by Trusted Secure IP supporting IoT

endpoints right away

Evaluation kit including Trusted Secure IP.

“RX231”

Communication security

evaluation kit

“RX65N w/ TSIP ver.”

communication

security evaluation kit

New

Release


RX231/RX65N COMMUNICATION SECURITY EVALUATION KIT IN DETAIL

•Enable evaluating robust communication security by Trusted Secure IP (wireless LAN, USB support) right away

•Readily available @ Renesas one-stop counter

•No need to disclose IP secret information, Trusted Secure IP does not require NDA conclusion for manual and driver

•Protocol stack based on Free RTOS supporting WW for various users

https://www.renesas.com/rx-security-solution

Board & Kit Software

RX Driver Package Trusted Secure IP

Driver

Wireless LAN expansion

board package for

Renesas Starter Kit

SDIO wireless LAN

Protocol stack

For RX231 For RX65N USB, Ether, LCD, SCI,

A/D, Timer, IIC, SPI etc..

Peripheral function

correspondence

Renesas Standard Device

Driver

Cipher & Decryption

Secure Boot

/Update

Built in d-broad Wireless

LAN Module

FreeRTOS or ITRON

Renesas TCP/IP

SDIO Driver

d-broad Wireless LAN

Driver

Model/APNR0K505231S020BE RTK50565N2S10010BE R01AN4191JJ0xxx*1) R20AN0371JJ0xxx*1)*2) RTK0ZZZZZZP00000BR R01AN4133JJ0xxx*1)*2)

*1) xxx is version No.

*2)Please contact your dealer / distributor

Security

solution

Required composition Options(Wireless LAN)

Board & Kit Software

Security feature installed

Renesas Starter Kit

セキュリティソリューションページの英語版ショートカッ

ト













RX231／RX65N COMMUNICATION SECURITY EVALUATION KIT

Implement robust security at ease in short period even for beginners.

OS

TCP/IP

Connectivity(wireless LAN)

FIT

Security Driver

Flash

CPU

Encry. Engine

Encry. key

Robust security HW

Trusted Secure IP

Access management

Safe area

SW to implement robust security at ease

RX231/RX65N

Substantially reduce time to implement for security

Development from the scratch

Development with

RX communication security kit Implemented in appx. 1/6 period

1M 0.5M 0.5M 6M 3M

Study security Work on

algorithm

Create

security SW Embed into communication

appx. 2.5M

Appx. 1 and half

year 5M

Launch

communication

Work on

key mgmt


MOTOR CONTROL


RX MOTOR CONTROL

RX Family retains motor technology developed in SH controller and H8S MCU etc.

Supporting motor control for various applications


RX MOTOR CONTROL

Advanced motor control from AC induction motor to brushless DC motor Extensive lineup from 32MHz to 240MHz enables motor control suitable for various applications

RX200(RX24T/U)


RX MOTOR CONTROL

Advanced motor control from AC induction motor to brushless DC motor Extensive lineup from 32MHz to 240MHz enables motor control suitable for various applications


MOTOR SOLUTION

We are preparing a motor solution to strongly support your development!

Motor control development support tool

Resolver solution

Sensor less speed control solution

θ

Position control solutionInverter for evaluation/ prototype machine


RENESAS SOLUTION STARTER KIT 24V MOTOR CONTROL EVALUATION SYSTEM FOR RX23T

Pre-programed with sensorless vector control programs

You can start motor control evaluation just by turning on/off inverter board switch

24V/2A

power

(optional)

BLDC motor

Inverter board

RX23T

CPU card

24V Motor Control Evaluation

System for RX23T *

Vector control and 120-degree conducting control etc.

Application notes on control method and implementation method to

MCUs.

Analyzer function

Real-time erasing/programming variables within MCU as well as control

waveform display

Tuner function

Automatically adjust motor-unique parameter and control parameter

Various motor control SW

Motor control development assistance tool

supporting Renesas Motor Workbench

Start motor control evaluation right away


MOTOR CONTROL SOFTWARE AND APPLICATION NOTE

Contents (motor control SW＋application note ＊1) Provided

by

Cost Target MCU

120-degree conducting control using hall sensor (CS+ ver.,

e2studio ver.)

DL from

web

Free RX23T,RX24T,RX24U,

RL78/G1F,RL78/G1G (Operation environment：

motor RSSK) Sensorless 120-degree conducting control(CS+ ver., e2studio

ver.)

Vector control using encoder (CS+ ver., e2studio ver.) RX23T,RX24T,RX24U (Operation environment：

motor RSSK)

Sensorless vector control(CS+ ver., e2studio ver.)

＊1) Application notes for algorithm ver. and implementation ver.

https://www.renesas.com/jp/en/solutions/proposal/motor-control.html

Download available from：

Covering standard control methods for each MCU

• 120-degree conducting control and vector control SW

• Support position/speed control and sensorless control using sensors

• Application notes on control in detail

• Motor control assistance tool Renesas Motor Workbench available at ease for motor control beginners


MOTOR CONTROL DEVELOPMENT ASSISTANCE TOOL RENESAS MOTOR WORKBENCH

・Debug assistance function(analyzer function) and parameter identification function (tuner function)

providing powerful support to debug motor control development

All

Target MCU RX23T, RX24T, RX24U, RL78/G1F(analyzer function only)

Usage environment

(OS) Windows10

Communi

cation

Peripherals, port UART 1 ch, DTC, port：TXD, RXD

Communication I/F

USB2.0 (Communication Device Class)

Communication board

・Motor RSSK environment：not required ・Environment other than Motor RSSK： communication board for tools is required Communication board for tools：W2002(ICS++) ※ Desk Top Lab

Analyzer Waveform

display

・8 channel (scaling and offset setting per channel), zoom function(2 Window), Trigger mode selectable from single/auto/normal, waveform data to be saved in csv format

Read/Write variable

Up to255 Variables selectable simultaneously

Tuner (※)

Input info Rated current (required), rated power (required), the number of poles

Output info Output data： motor unique parameter and control gain Output file format：pdf file, header file

(※)Tuner function is available only on RSSK environment.

https://www.renesas.com/jp/en/solutions/proposal/motor-control.html Download available from the following Web site.

Connection image (RSSK)

Motor RSSK


FUNCTION SAFETY SOLUTION


Avoid collision between vehicles and people by overhead crossing. ( via machine).

◆ Definition of Function Safety Solution Structure to secure system safety even functions operating abnormally :(machine breaks, man makes mistakes)

◆Difference between intrinsic safety and function safety solution

DEFINITION AND TREND OF FUNCTION SAFETY SOLUTION

★Function safety solution:

keep the risk within the allowable range by function e.g. Shut out pedestrians by crossing when the train is passing.

★ Intrinsic safety :

reduce risk from the source e.g. overhead crossing of road and sidewalk

Avoid collision between

vehicles and people by

overhead crossing.


MACHINE SAFETY TREND

Dispatched /foreign employees increase due to personnel reduction, skilled workers decrease

Increasing risks

due to operation

miss etc.

More advanced/

complex devices

Awareness to protect consumers

Obligation to secure safety on the manufacturer side

Spread of authentication based on IEC61508 in Europe

•Before : secure function safety solution by external circuit

•Recently : demand for support on device level

(reduce authentication, improve development efficiency, and secure performance)


RX FUNCTION SAFETY SOLUTION

Motorーdrive unit

State monitoring

Motor

control

RX631 RX63N

RX62T

et.

Safety control*1 (Safety related part )

Sto

p c

on

trol

circ

uit

Target: Safety related parts in general

- MCU peripheral analysis

- System monitoring

-Mutual monitoring etc.

H/W,S/W, document material required for the

above operations

Target: MCU

-CPU/ROM/RAM eternal self- fault diagnosis S/W

( certified)

Function Safety Solution

①Safety reference kit

②Safety package

Offers 2 types of solutions for safety part ( system) or MCU

＊１:Safety control monitors the motor rotating status, and stops the motors when abnormal operation is found


EFFECTS OF INTRODUCING FUNCTIONAL SAFETY SOLUTION

Reduce development time largely with safety package and safety reference kit!

Implement Concept

Consider/Evaluate Implementation evaluation

Authenti-

cation

Main

inspection

Shortened from 3years o 1year Implement

Concept

Consider/Evaluate

Implementation

evaluation

Flowchart to get SIL certification

Authentication

acquisition

support

Reference kit Safety package

Use


FUNCTION SAFETY SOLUTION

- All Documents set (eighteen books) RX631/63N, RX111 : RTK0EF0005Z01001ZJ - For concept phase set ( four books selection) RX631/63N, RX111 : RTK0EF0031Z01001ZJ

- For IAR tool RX631/63N用 product version RTK5631NSPF04000SJ RX631/63N用 evaluation version RTK5631NSPF02001SJ RX111用 product version RTK51110SPF01000SJ RX111用 evaluation version RTK51110SPF02000SJ - For CC-RX compiler RX631/63N用 product version RTK0EF0040F01001SJ RX111用 evaluation version RTK0EF0041F01001SJ


HMI


RX231 HMI SOLUTION HMI reference design by RX231 and SAIC101

Mode Content

Low power

consumption

■ Recovery from low power consumption mode by human detection

・Infrared sensor：detect pyro electronic ambient temperature change ・Accelerator sensor：

detect vibration

Audio ■ Audio play ■ Audio record

Various functions ■ Clock display/setting ■ SW version display ■ Counter

■ Pedometer ■ Adjustment of capacitance touch key sensitivity (by Workbench6)

https://www.renesas.com/us/en/products/software-tools/boards-and-kits/eval-

demo/r0k5rx231d000br-rx231-hmi-solution-kit.html

RX231 HMI solution kit product information URL:

Product Part Number Production status

RX231 HMI solution kit R0K5RX231D000BR MP

〃 Base Demo Software RTK5RX2310P00000ZR


LCD display

support kit

RUN RX65N/RX651 RIGHT AWAY ENVISION KIT FEEL IT, DESIGN IT, AND MAKE IT HAPPEN WITH THE PRE-INSTALLED SAMPLE DEMOS!!

Feel the features of RX65N/RX651 microcontroller

Available free on Renesas WEB. Usable as a sample for set

development!!

Demo source usable as samples

Write your own developed FW and start evaluation right away!

Implemented with FW update function

Just power on to run the sample board and feel the 2D drawing engine and built-in

flash bank switch function!!

Visit the Web site for details!! www.renesas.com/envision

ENVISION KIT Demo for promotion, low cost, on-

board debugger, WQVGA display,

USB, Pmod

ArduinoUno header support

Envision Kit introduction video

( created by IAR)

Pre-install demo and HW introduction

video

http://www.renesas.com/envision

https://www.youtube.com/watch?v=xXVAZFqMLhA

https://www.youtube.com/watch?v=pqjysUiX0zU


HUMAN/MOVING BODY DETECTION SOLUTION DETAIL

RX Board Driver Image processing middleware APN

RX64M

**

GR-KAEDE -Camera I/F

-Ether,IIC

Human/Moving Body detection

Strain correction

Available on

Renesas

Web

1. Offers development environment. board, driver, image processing middleware, application notes. You can use, driver and middleware available for free * after purchasing GR-KAEDE

2.Technical support Provided by your local sales or Renesas community site

https://renesasrulz.com/gadget_renesas_user_forum/

3.Development support（hardware, software）

Support HW/SW development for your specification requirements/

*： For pre-evaluation purpose only.

Please contact IPM2 for MP support

**：CMOS camera solution using RX71M,RX651,RX65N under consideration.

Yet, existing driver, image processing middleware can be mostly re-usable.

GR-KAEDE

Tachibana Device Component Co.,Ltd.


EVALUATION BOARD


EVALUATION BOARD LINEUP

Start evaluation right away with 2 evaluation board types !!

Renesas Target Board Lowest cost, on-board debugger,

support for al pin headers,

PMOD support

Renesas Starter Kit Can evaluate all the device functions

Reference design

WQVGA display

RX130,RX231,RX65N,RX71M(under development)

All RX Series

(except RX110,RX21A, and RX634)


APPENDIX


RENESAS RX71M MCU

Memory

Analog

System, Power Management

Security & Encryption

Connectivity Timer Safety Functions

RXv2Core 240MHz

RX700

RX71M

Power voltage：

2.7V to 3.6V

Operating temperature range：

-40℃ to +85(D Products) / +105℃(G

Products)

Single-precision FPU

DSP instruction：

Register-indirect(80-bit result)

Register-direct(72-bit result)

Barrel shifter

Technology

Performance

1044CoreMark@240MHz

RX71M 4MB

240MHz

General/Connectivity

Human-Machine Interface(HMI)

Package

LFQFP 100/144/176

TFLGA 100/145/177

LFBGA 176

Fla

sh

(MA

X)

RX64M 4MB

120MHz

RX651

RX65N 2MB

120MHz

RX631

RX63N 2MB

100MHz

RX651

RX65N 1MB

120MHz

Advance

Parallel data capture unit

USB2.0

High Speed Host/Function 1ch

Full Speed Host/Function 1ch

CAN x 3ch

I2C x 2ch

RSPI x 2ch , QSPI x 1ch

SCI x 13ch(with FIFO 4ch)

SDHI x 1ch

MMC Host x 1ch Standard

*1) Back Ground Operation is possible

RX621

RX62N 512KB

100MHz

Memory protection unit

Clock frequency accuracy measurement circuit

Register write protection unit

CRC calculator

Oscillation-stop detection

Data operation circuit(RAM test assist)

14-bit watchdog timer

14-bit independent watchdog timer

A/D self-diagnostics(fault detection)

A/D disconnection detection

Port output enable

ROM RAM

SRAM 512KB EEC付 32KB

Standby 8KB

12bit A/D converter

2unit(21ch + 8ch)

3ch simultaneous S&H(8ch only)

12bit D/A converter 2ch

Temperature sensor

DMAC 8ch ,DTC ,EXDMAC 2ch

Interrupt(16level 16pin + NMI)

High/low speed on-chip oscillators

Power-on reset (POR)

Voltage detection circuit (LVD)

Event link controller

8/16/32bit external bus(w/ SDRAM)

Programmable pulse generator

Timer pulse unit

16bit x 6ch

Multifunction timer pulse unit

16bit x 8ch , 32bit x 1ch

8bit timer 2unit(2ch + 2ch)

Compare match timer


General-purpose PWM timers(GPT)

16Bit x 4ch

Real-time clock

Serial sound I/F x 2ch

Encryption

Engine(AES/DES/SHA/TRNG)

Code protect(flash access limited)

Trusted Memory(flash access limited)

Unique ID

Ethernet controller x 2ch

IEEE1588 Code 4MB

Data 64KB *1


RENESAS RX64M MCU

Memory

Analog




RXv2Core 120MHz

RX600

RX64M

Power voltage：

2.7V to 3.6V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

546CoreMark@120MHz

26CoreMark/mA

RX71M 4MB

240MHz



Package

LFQFP 100/144/176

TFLGA 100/145/177

LFBGA 176

Fla

sh

(MA

X)

RX64M 4MB

120MHz

RX651

RX65N 2MB

120MHz

RX631

RX63N 2MB

100MHz

RX651

RX65N 1MB

120MHz

Advance


USB2.0


CAN x 3ch

I2C x 2ch



SDHI x 1ch



RX621

RX62N 512KB

100MHz




CRC calculator







Port output enable

ROM RAM

SRAM 512KB

w/EEC 32KB

Standby 8KB

12bit A/D converter

2unit(21ch + 8ch)



Temperature sensor









Timer pulse unit

16bit x 6ch




Compare match timer



16Bit x 4ch

Real-time clock


Encryption

Engine(AES/DES/SHA/TRNG)



Unique ID


IEEE1588 Code 4MB

Data 64KB *1


RENESAS RX65N/RX651 ADVANCE MCU

Memory

Analog




RXv2Core 120MHz

RX600

RX65N/1

Advanced

Power voltage：

2.7V to 3.6V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

520CoreMark@120MHz

35CoreMark/mA

RX71M 4MB

240MHz



Package

LFQFP 100/144/176

TFLGA 100/145/177

LFBGA 176

Fla

sh

(MA

X)

RX64M 4MB

120MHz

RX651

RX65N 2MB

120MHz

RX631

RX63N 2MB

100MHz

RX651

RX65N 1MB

120MHz

Advance


USB2.0


CAN x 2ch

I2C x 3ch



SDHI x 1ch, SDSI x 1ch

MMC Host x1ch Standard


RX621

RX62N 512KB

100MHz




CRC calculator







Port output enable

ROM RAM

SRAM 640KB

(256+384KB)

Standby 8KB

12bit A/D converter

2unit(21ch + 8ch)



Temperature sensor









Timer pulse unit

16bit x 6ch




Compare match timer


Real-time clock

LCDC VGA RGB(888,666,565)

2D Drawing Engine

Trusted Secure IP

(AES/TDES/SHA/RSA/TRNG)

Key management, Access management



Unique ID


Code 2MB *1

(Dual Bank)

Data 32KB *1


RENESAS RX65N/RX651 STANDARD MCU

Memory

Analog




RXv2Core 120MHz

RX600

RX65N/1

Standard

Power voltage：

2.7V to 3.6V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

520CoreMark@120MHz

35CoreMark/mA

RX71M 4MB

240MHz



Package

LFQFP 100/144

TFLGA 100/145

Fla

sh

(MA

X)

RX64M 4MB

120MHz

RX651

RX65N 2MB

120MHz

RX631

RX63N 2MB

100MHz

RX651

RX65N 1MB

120MHz

Advance


USB2.0


CAN x 2ch

I2C x 2ch



SDHI x 1ch, SDSI x 1ch



RX621

RX62N 512KB

100MHz




CRC calculator







Port output enable

ROM RAM

SRAM 256KB

Standby 8KB

12bit A/D converter

2unit(21ch + 8ch)



Temperature sensor







8/16bit external bus(w/ SDRAM)


Timer pulse unit

16bit x 6ch




Compare match timer


Real-time clock

Encryption Engine(AES/TRNG)



Unique ID


Code 1MB *1


RENESAS RX63N/RX631 MCU

Memory

Analog




RXv1Core 100MHz

RX600

RX63N/1

Power voltage：

2.7V to 3.6V


-40℃ to +85(D Products) / +105℃(G Products)


DSP instruction：



Barrel shifter

Technology

Performance

165DMIPS@100MHz

RX71M 4MB

240MHz



Package

LFQFP 48*3/64*3/100/144/176 TFLGA 64*3/100/145/177

LFBGA 176

Fla

sh(M

AX)

RX64M 4MB

120MHz

RX651 RX65N

2MB 120MHz

RX631 RX63N

2MB 100MHz

RX651 RX65N

1MB 120MHz

Advance

Parallel data capture unit*3

USB2.0 Full Speed Host/Function 1ch

Full Speed Function 1ch

CAN x 3ch

I2C x 4ch

RSPI x 3ch

SCI x 13ch

IEBus x 1ch

Standard


RX621 RX62N 512KB

100MHz




CRC calculator





Port output enable

ROM RAM

SRAM 256KB

12bit A/D converter 21ch 10bit A/D converter 8ch


Temperature sensor








Timer pulse unit 2unit(16bit x 6ch,16bit x 6ch)


16bit x 6ch


Compare match timer 16bit x 4ch

Real-time clock

Encryption Engine(AES)


Unique ID

Ethernet controller x 1ch*2

Code 2MB

Data 32KB *1

*2)RX63N only *3)RX631 only


RENESAS RX62N/RX621 MCU

Memory

Analog




RXv1Core 100MHz

RX600

RX62N/1

Power voltage：

2.7V to 3.6V


-40℃ to +85(D Products)


DSP instruction：



Barrel shifter

Technology

Performance

165DMIPS@100MHz

RX71M 4MB

240MHz


Package

LFQFP 100/144 TFLGA 85*3/145

LFBGA 176

Fla

sh(M

AX)

RX64M 4MB

120MHz

RX651 RX65N

2MB 120MHz

RX631 RX63N

2MB 100MHz

RX651 RX65N

1MB 120MHz

Advance

USB2.0 Full Speed Host/Function 2ch

CAN x 1ch

I2C x 2ch

RSPI x 2ch

SCI x 6ch

Standard


RX621 RX62N 512KB

100MHz


CRC calculator




Port output enable

ROM RAM

SRAM 96KB

12bit A/D converter 8ch or

10bit A/D converter 8ch




Low speed on-chip oscillator






2unit(16bit x 6ch + 16bit x 6ch)


Compare match timer 16bit x 4ch

Real-time clock


Ethernet controller x 1ch*2

Code 512KB

Data 32KB *1

*2)RX62N only *3)RX621 only


RENESAS RX630 MCU

Memory

Analog




RXv1Core 100MHz

RX600

RX630

Power voltage：

2.7V to 3.6V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

165DMIPS@100MHz

General

Package

LFQFP 80/100/144/176

TFLGA 100/145/177

LFBGA 176

Fla

sh

(MA

X)

USB2.0


CAN x 3ch

I2C x 4ch

RSPI x 3ch

SCI x 13ch

IEBus x 1ch





CRC calculator





Port output enable

ROM RAM

SRAM 128KB




Temperature sensor

DMAC 4ch ,DTC





8/16/32bit external bus


Timer pulse unit

2unit(16bit x 6ch,16bit x 6ch)


16bit x 6ch


Compare match timer

16bit x 4ch

Real-time clock


Unique ID

Code 2MB

Data 32KB *1

RX630 2MB

100MHz

RX634 2MB

52MHz


RENESAS RX634 MCU

Memory

Analog




RXv1Core 52MHz

RX600

RX634

Power voltage：

2.7V to 3.6V or 4.0V to 5.5V




DSP instruction：



Barrel shifter

Technology

Performance

85.8DMIPS@52MHz

General

Package

LFQFP 144

Fla

sh

(MA

X)

USB2.0


CAN x 3ch

I2C x 3ch

RSPI x 2ch

SCI x 13ch





CRC calculator







Port output enable

ROM RAM

SRAM 128KB



DMAC 4ch ,DTC


low speed on-chip oscillators




8/16bit external bus


Timer pulse unit

16bit x 6ch


16bit x 6ch


Compare match timer

16bit x 4ch

CEC*2 x 1ch, RCR*3 x 1ch


Code 2MB

Data 32KB *1

RX634 2MB

52MHz

*2) CEC transmission / reception circuit *3) Remote control signal reception function

RX630 2MB

100MHz


RENESAS RX231 MCU

Memory

Analog




RXv2Core 54MHz

RX200

RX231

Power voltage：

1.8V to 5.5V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

234.01CoerMark@54MHz

General/Connectivity/Touch key


Package

LFQFP 48/64/100

HWQFN 48/64

WFLGA 64

TFLGA 100

Fla

sh

(MA

X)

USB2.0


CAN x 1ch

I2C x 1ch

RSPI x 1ch

SCI x 7ch

SDHI x 1ch





CRC calculator







Port output enable

ROM RAM

SRAM 64KB



Temperature sensor

Comparator x 4ch

DMAC 4ch ,DTC







Timer pulse unit

16bit x 6ch


16bit x 6ch


Compare match timer

16bit x 4ch

Real-time clock

Low power timer

Capacitive touch sensors24ch


Trusted Secure IP

(AES/TRNG)

Key management, Access management


Unique ID

Code 512KB

Data 8KB *1

RX231 512KB

54MHz

RX230 256KB

54MHz

RX210 1MB

50MHz

RX21A 512B

50MHz

RX220 256B

32MHz


RENESAS RX230 MCU

Memory

Analog




RXv2Core 54MHz

RX200

RX230

Power voltage：

1.8V to 5.5V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

234.01CoerMark@54MHz

General / Touch key


Package

LFQFP 48/64/100

HWQFN 48/64

WFLGA 64

TFLGA 100

Fla

sh

(MA

X)

I2C x 1ch

RSPI x 1ch

SCI x 7ch





CRC calculator







Port output enable

ROM RAM

SRAM 64KB



Temperature sensor

Comparator x 4ch

DMAC 4ch ,DTC







Timer pulse unit

16bit x 6ch


16bit x 6ch


Compare match timer

16bit x 4ch

Real-time clock

Low power timer




Unique ID

Code 256KB

Data 8KB *1

RX231 512KB

54MHz

RX230 256KB

54MHz

RX210 1MB

50MHz

RX21A 512B

50MHz

RX220 256B

32MHz


RENESAS RX210 MCU

Memory

Analog




RXv1Core 50MHz

RX200

RX210

Power voltage：

1.62V to 5.5V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

78DMIPS@50MHz

General

Package

LFQFP 48/64/80/100/144

LQFP 80

TFLGA 100/145

Fla

sh

(MA

X)

I2C x 1ch

RSPI x 1ch

SCI x 13ch




CRC calculator







Port output enable

ROM RAM

SRAM 96KB


3ch simultaneous S&H


Temperature sensor

Comparator x 4ch

DMAC 4ch ,DTC







Timer pulse unit

16bit x 6ch


16bit x 6ch


Compare match timer

16bit x 4ch

Real-time clock


Code 1MB

Data 8KB *1

RX231 512KB

54MHz

RX230 256KB

54MHz

RX210 1MB

50MHz

RX21A 512B

50MHz

RX220 256B

32MHz


RENESAS RX21A MCU

Memory

Analog




RXv1Core 50MHz

RX200

RX21A

Power voltage：

1.8V to 5.5V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

78DMIPS@50MHz

Meter/ Measurement

Package

LFQFP 64/80/100

TFLGA 100

Fla

sh

(MA

X)

I2C x 2ch

RSPI x 2ch

SCI x 5ch





CRC calculator







Port output enable

ROM RAM

SRAM 64KB

24bit ⊿ΣA/D converter 7ch

10bit A/D converter x 7ch


Temperature sensor

Comparator x 4ch

DMAC 4ch ,DTC







16bit x 6ch


Compare match timer

16bit x 4ch

Real-time clock


Code 512KB

Data 8KB *1

RX231 512KB

54MHz

RX230 256KB

54MHz

RX210 1MB

50MHz

RX21A 512B

50MHz

RX220 256B

32MHz


RENESAS RX220 MCU

Memory

Analog




RXv1Core 32MHz

RX200

RX220

Power voltage：

1.62V to 5.5V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

50DMIPS@32MHz

General

Package

LFQFP 48/64/100

LQFP 64

Fla

sh

(MA

X)

I2C x 1ch

RSPI x 1ch

SCI x 5ch




CRC calculator






Port output enable

ROM RAM

SRAM 16KB


Comparator x 2ch

DMAC 4ch ,DTC







16bit x 6ch


Compare match timer

16bit x 4ch

Real-time clock


Code 256KB

Data 8KB *1

RX231 512KB

54MHz

RX230 256KB

54MHz

RX210 1MB

50MHz

RX21A 512B

50MHz

RX220 256B

32MHz


RENESAS RX130 MCU

Memory

Analog




RXv1Core 32MHz

RX100

RX130

Power voltage：

1.8V to 5.5V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

98.56CoreMark@32MHz



Package

LFQFP 48/64/80/100

LQFP 64

HWQFN 48

Fla

sh

(MA

X)

I2C x 1ch

RSPI x 1ch

SCI x 7ch




CRC calculator






Port output enable

ROM RAM

SRAM 48KB



Temperature sensor

Comparator x 2ch

DTC







16bit x 6ch


Compare match timer

16bit x 2ch

Real-time clock

Low power timer

REMC*2 x 2ch



Unique ID

Code 512KB

Data 8KB *1

RX130 512KB

32MHz

RX113 512B

32MHz

RX111 512KB

32MHz

RX110 128KB

32MHz

*2) Remote control signal reception function


RENESAS RX113 MCU

Memory

Analog




RXv1Core 32MHz

RX100

RX113

Power voltage：

1.8V to 3.6V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

98.56CoreMark@32MHz



Package

LFQFP 64/100

TFLGA 100

Fla

sh

(MA

X)

USB2.0


I2C x 1ch

RSPI x 1ch

SCI x 8ch

IrDA x 1ch




CRC calculator




Port output enable

ROM RAM

SRAM 64KB



Temperature sensor

Comparator x 2ch

DTC







16bit x 6ch


Compare match timer

16bit x 4ch

Real-time clock

Low power timer

LCDC 40seg x4 common ,36 seg x 8 common




Unique ID

Code 512KB

Data 8KB *1

RX130 512KB

32MHz

RX113 512B

32MHz

RX111 512KB

32MHz

RX110 128KB

32MHz


RENESAS RX111 MCU

Memory

Analog




RXv1Core 32MHz

RX100

RX111

Power voltage：

1.8V to 3.6V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

98.56CoreMark@32MHz


Package

LFQFP 48/64

LQFP 64

WFLGA 36/64

HWQFN 40/48

Fla

sh

(MA

X)

USB2.0


I2C x 1ch

RSPI x 1ch

SCI x 3ch




CRC calculator




Port output enable

ROM RAM

SRAM 64KB



Temperature sensor

DTC







16bit x 6ch

Compare match timer

16bit x 2ch

Real-time clock


Unique ID

Code 512KB

Data 8KB *1

RX130 512KB

32MHz

RX113 512B

32MHz

RX111 512KB

32MHz

RX110 128KB

32MHz


RENESAS RX110 MCU

Memory

Analog




RXv1Core 32MHz

RX100

RX110

Power voltage：

1.8V to 3.6V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

98.56CoreMark@32MHz



Package

LFQFP 48/64

LQFP 64

WFLGA 36/64

HWQFN 40/48

Fla

sh

(MA

X)

I2C x 1ch

RSPI x 1ch

SCI x 3ch



CRC calculator




ROM RAM

SRAM 16KB


Temperature sensor

DTC







16bit x 4ch

Compare match timer

16bit x 2ch

Real-time clock


Unique ID

Code 128KB

RX130 512KB

32MHz

RX113 512B

32MHz

RX111 512KB

32MHz

RX110 128KB

32MHz


RENESAS RX63T MCU

Memory

Analog




RXv1Core 100MHz

RXxxT

RX63T

Power voltage：

2.7V to 3.6V , 4.0V to 5.5V*2


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

165DMIPS@100MHz

Inverter

Package

LFQFP 48/64/100/120/144

LQFP 112

Fla

sh

(MA

X)

USB2.0


CAN x 1ch

I2C x 2ch

RSPI x 2ch

SCI x 5ch





CRC calculator






Port output enable

ROM RAM

SRAM 48KB

12bit A/D converter

2unit(4ch x 2 3ch simultaneous S&H)

Programmable gain amp



Comparator x 3ch

DMAC 4ch ,DTC


low speed on-chip oscillators





16bit x 8ch

Compare match timer

16bit x 4ch


16Bit x 8ch

Digital power supply


Code 512KB

Data 32KB *1

High resolution PWM waveform generation circuit

Accelerator UP

RX24T 512KB

80MHz

RX23T 128KB

40MHz

RX63T 512KB

100MHz

RX62T

RX62G 256KB

100MHz

RX24U 512KB

80MHz

*2)64/48pin is 3V only


RENESAS RX62T/RX62G MCU

Memory

Analog




RXv1Core 100MHz

RXxxT

RX62T/G

Power voltage：

RX62T : 2.7V to 3.6V , 4.0V to 5.5V

RX62G : 4.0V to 5.5V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

165DMIPS@100MHz

Inverter

Package

LFQFP 64*3)/100

LQFP 64*3)/80*3)/112

Fla

sh

(MA

X)

CAN x 1ch, LIN x 1ch

I2C x 1ch

RSPI x 1ch

SCI x 3ch



CRC calculator





Port output enable

ROM RAM

SRAM 16KB

12bit A/D converter

2unit(4ch x 2 3ch simultaneous S&H)

Programmable gain amp


Comparator x 3ch

DTC





16bit x 8ch

Compare match timer

16bit x 4ch


16Bit x 4ch

Digital power supply*2


Code 256KB

Data 32KB *1

High resolution PWM waveform generation circuit

RX24T 512KB

80MHz

RX23T 128KB

40MHz

RX63T 512KB

100MHz

RX62T

RX62G 256KB

100MHz

RX24U 512KB

80MHz

*2)RX62G only *3)RX62T only


RENESAS RX24U MCU

Memory

Analog




RXv2Core 80MHz

RXxxT

RX24U

Power voltage：

2.7V to 5.5V




DSP instruction：



Barrel shifter

Technology

Performance

153.6DMIPS@80MHz

Inverter

Package

LFQFP 100/144

Fla

sh

(MA

X)

CAN x 1ch

I2C x 1ch

RSPI x 1ch

SCI x 6ch





CRC calculator






Port output enable

ROM RAM

SRAM 32KB

12bit A/D converter

3unit(12ch,5ch,5ch)

1unit only 3ch simultaneous S&H

Pseudo differential Programmable gain

amp


Comparator x 4ch

DTC






16bit x 9ch

8bit timer 4unit(2ch x 4ch)

Compare match timer

16bit x 4ch


16Bit x 4ch


Unique ID

Code 512KB

Data 8KB *1 RX24T 512KB

80MHz

RX23T 128KB

40MHz

RX63T 512KB

100MHz

RX62T

RX62G 256KB

100MHz

RX24U 512KB

80MHz


RENESAS RX24T MCU

Memory

Analog




RXv2Core 80MHz

RXxxT

RX24T

Power voltage：

2.7V to 5.5V




DSP instruction：



Barrel shifter

Technology

Performance

153.6DMIPS@80MHz

Inverter

Package

LFQFP 64/80/100

LQFP 80

Fla

sh

(MA

X)

CAN x 1ch

I2C x 1ch

RSPI x 1ch

SCI x 3ch





CRC calculator






Port output enable

ROM RAM

SRAM 32KB

12bit A/D converter

3unit(12ch,5ch,5ch)

1unit only 3ch simultaneous S&H

Pseudo differential Programmable gain

amp


Comparator x 4ch

DTC






16bit x 9ch


Compare match timer

16bit x 4ch


16Bit x 4ch


Unique ID

Code 512KB

Data 8KB *1 RX24T 512KB

80MHz

RX23T 128KB

40MHz

RX63T 512KB

100MHz

RX62T

RX62G 256KB

100MHz

RX24U 512KB

80MHz


RENESAS RX23T MCU

Memory

Analog




RXv2Core 40MHz

RXxxT

RX23T

Power voltage：

2.7V to 5.5V


-40℃ to +85(D Products) / +105℃(G

Products)


DSP instruction：



Barrel shifter

Technology

Performance

65.6DMIPS@40MHz

Inverter

Package

LFQFP 48/64

LQFP 52

Fla

sh

(MA

X)

I2C x 1ch

RSPI x 1ch

SCI x 2ch




CRC calculator






Port output enable

ROM RAM

SRAM 12KB

12bit A/D converter

10ch 3ch simultaneous S&H

Comparator x 3ch

DTC






16bit x 6ch


Compare match timer

16bit x 4ch


Unique ID

Code 128KB

RX24T 512KB

80MHz

RX23T 128KB

40MHz

RX63T 512KB

100MHz

RX62T

RX62G 256KB

100MHz

RX24U 512KB

80MHz


REVISION HISTORY


REVISION HISTORY

Revision Target Slide Before

Page

After

Page Details

July,2015 - - - Issued

Aug,2015 RX231 Group Specification Overview 42 43 Added function block to LPT

RX230 Group Specification Overview 43 44 Added function block to LPT

Added LGA,QFN to package

RX231: High Power Efficiency:

Greatly improved Power Efficiency from Earlier Products

45 46 Changed power reduction amount during recovery from standby from 1/18 to 1/20

Migration from RX210 47 48 Switched the figure position of RX210 and RX231

RX231:Support for legacy function 49 50 changed explanation

Oct,2015 Renasas MCU Lineup 6 6 Changed the RX Family description according to catalogue

RX Family Evolution 7 7 Added " up to" to the operating frequency

Changed description of each series according to catalogue

Scalable Product Lineup 8 8 Added " up to" to the operating frequency

Features of RX Family 9 9 Added operating frequency figure by core and changed description of each series according to catalogue

RX Family Roadmap 11 11 Changed the position of product under development and RX21A according to catalogue

Changed "Consumer-Industry-OA"to"Industry-HA-OA/ICT"

RX Core Roadmap 15 15 Added " up to " to CoreMark/MHz

RXv2 Core Overview 17 17 Added " up to " to CoreMark/MHz

RXv2 Core CPU Block Diagram 19 19 Added " up to " to CoreMark/MHz

RX100/200 Series Roadmap 26 26 Changed style

RX600/700 Series Roadmap 61 61 Changed style

Jan, 2016 Revision history - - Moved from the front to end

All - - Switched to new template

Scalable product lineup 8 6 Updated RX200 series DMIPS value from “78” to “153”

RX Family Memory/Pin Lineup 10 8 Added information of RX130 and RX23T(80-pin and 52-pin ), removed flash memory1MB, 768KB from RX200

80-pin/85-pin

RX Family Roadmap 11 9 Changed R-SSI to 2015/12/7 ver.


REVISION HISTORY


Page

After

Page Details

Jan, 2016 RX CPU to support Bi-endian - 19 Added

RX Family SW assets extensibility - 20 Added

RX scalability and compatibility - 21 Added

Zero wait access by high speed flash memory(Max.120MHz) 23 - Removed

Advanced fetch unit (AFU) 24 - Removed

Changed document configuration 25-96 22-192 Changed as follows ■Before

RX100/RX200 Series product overview

RX600/RX700 Series product overview

RXxxT/RXxxG group product overview ■After

RX100 Series introduction

RX200 Series introduction

RX600/RX700 Series introduction

RXxxT/RXxxG group introduction

Features of RX100 Series - 22-28 Added

RX100 Series Roadmap - 30 Added

RX111 Group Specification Overview 114 33 Changed page

RX110 Group Specification Overview 115 34 Changed page

RX130 Group Specification Overview - 36 Added

Capacitive touch sensor

RX capacitive touch MCU lineup and positioning of RX113, RX130

- 39 Added

USB - 40 Added

RX100 multifunction timer pulse unit(MTU) - 42 Added

Temperature sensor - 43 Added

RX100 analog function(A/D, D/A, comparator) 37 44 Integrated “12 bit AD converter with high precision ” and “12 bit DA converter with high precisionー"


REVISION HISTORY


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After

Page Details

Jan, 2016 LPT(Low power timer) - 45 Added

ELC (Event Link Controller) - 46 Added

MPC (Multi Pin Function Controller) - 47 Added

Safety Functions - 48 Added

RX130 application example microwave - 52 Added

RX100 Series Solution - 53-62 Added

RX200 Series Memory PKG Lineup List 40 65 Removed RX210 LQFP64-0.8mm pitch

RX231 Group Specification Overview 43 68 -Described that 48-pin product do not have SDHI function

-Removed “under development"

-Removed target valued of HOCO

RX231 group memory package lineup - 69 Added

RX230 Group Specification Overview 44 70 Removed “under development"

RX230 group memory package lineup - 71 Added

RX231 group target application - 72 Added

②RX231 extensive peripheral functions: communication - 76 Added

②RX231 extensive peripheral functions: capacitive touch - 77 Added

③RX231 robust security - 78 Added

Migration guide from RX210 to RX231 49 80 Changed status (end of WEB release)

RX231 operational range - 82 Added

RX210/RX220 group product overview - 92-98 Added

RX21A group product overview - 99-104 Added

RX21A group Function - 105-109 Added

RX600/700 Series Roadmap - 111 Added

RX64M/RX71M group Features of - 112-119 Added


REVISION HISTORY


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After

Page Details

Jan, 2016 Ethernet connection device simultaneous control 78,79 125 Integrated slides and revised explanation

SD Host I/F to add various functions 54 126 Revised explanation

USB 2.0 I/F to connect various devices 76,77 127 Integrated slides and revised explanation

More user-friendly serial communication I/F - 128 Added

Effects of bit rate modulation function - 129 Added

More user-friendly serial communication I/F

SCIFA:implemented with 16 stages FIFO to improve stability during

high speed communication transfer efficiency

- 130 Added

Quad SPI module to allow high speed transfer in small area 75 131 Revised explanation

Enhancements of timer function

Newly added 32bit counter for more convenience

- 133 Added

Enhancements of timers for motor control

Up to 3 motors can be controlled, realized motor control w/ high

precision by counter 120MHz operation

72-74 134 Integrated slides and revised explanation

A/D convertor

12-bit supported for all units. Reduced conversion time to 0.48us,

which is appx. half of existing product

81 136 Revised explanation

A/D convertor

Channel dedicated sample&hold function

- 137 Added

A/D convertor Added register to save

conversion results (double trigger mode )

- 138 Added

A/D convertor

Add mode and average mode

- 139 Added

DA converter

Added 12bit and output amplifier function

82 140 Revised explanation

Features of RX62x/RX63x group and product overview - 141-156 Added

RX62x/RX63x group function - 157-161 Added


REVISION HISTORY


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Jan, 2016 RX23T group overview 89 170 Added HOCO and ICS support

RX24T group overview 90 171 Added HOCO and ICS support, changed product status from “under development” to “ sample shipment “

Specification comparison between RX23T/RX24Tand RX62T - 172 Added

Digital power control calculator (DPC) - 184-186 Added

FIT support module list 103 194 Updated support product and support plan

Benefits of RDP 105 196 Updated support product

RX Family support real-time OS lineup 134 197 Moved from Appendix

RX Family debug function 135 200 Moved from Appendix

RSK/RSK+(Renesas Starter Kit) 110 203 Changed RX23T from “under development” to “MP”

July, 2017 Renewed all pages - - Made an overall revision of material configuration

Aug, 2018 RX family positioning 4 4 Changed Contents

RX MCU Sales Results 6 6 Data Updates

Pin compatibility between RX family series - 21 Added

RX family roadmap 21 22-23 Separate into industrial / home appliances / OA / IOT and inverter control

RX family memory/pin lineup 22 24 Added the RX100 Line Up

Existing Products and RX Extensibility 36 38 Changed Contents

Migration Guide between RX Products (General-purpose) 39 41 Added the document of RX630 and RX231

Migration Guide between RX Products(ASSP) 40 42 Added the document that from RX62T to RX24T/RX24U and from RX63T to RX24T/RX24U

Security 52-67 55-70 Added and changed the contents

Motor Control 72 74-78 Added and changed the contents

Effects of introducing functional safety solution 77 83 Changed the contents

HMI 80 86-90 Added and changed the contents

APPENDIX 82-103 94-115 Updated